Understanding the underlying technology helps agencies make better procurement decisions. Here is a plain-language explanation of each technology platform we integrate.
Raman spectroscopy uses laser light to excite molecular vibrations in a sample. Each compound produces a unique spectral 'fingerprint' that can be matched against a reference library to identify unknown substances — without physical contact or sample preparation.
Traditional chemical identification required laboratory analysis, taking hours or days. Handheld Raman analyzers deliver results in under 60 seconds, directly in the field. Operators can scan through sealed packaging — plastic bags, glass containers — without exposing themselves to potentially dangerous substances.
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Request Technical BriefingX-ray inspection systems project ionizing radiation through objects to create detailed images of their internal contents. Multi-energy systems can distinguish between organic materials (narcotics, explosives, currency) and inorganic materials (metals, electronics) based on their X-ray absorption characteristics.
Non-intrusive inspection allows security agencies to screen cargo, vehicles, baggage, and personnel without physical searches — dramatically increasing throughput while maintaining detection effectiveness. AI-powered threat detection reduces operator fatigue and improves consistency.
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Request Technical BriefingSmartCTS uses discrete sensor arrays — installed at entry points — to continuously scan individuals and their bags for concealed metallic weapons as they walk through normally. Advanced AI algorithms analyze sensor data in real time to identify threat signatures without requiring individuals to stop, remove items, or pass through a visible scanner.
Traditional metal detectors create bottlenecks, require dedicated staffing, and are easily circumvented. Covert weapon detection operates passively, continuously, and without the subject's awareness — eliminating queues and reducing the security staffing burden while maintaining or improving detection effectiveness.
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Request Technical BriefingModern ballistic protection uses advanced composite materials — including ultra-high molecular weight polyethylene (UHMWPE), aramid fibers, and ceramic plates — to absorb and dissipate the kinetic energy of ballistic projectiles and blast fragments, protecting the wearer from injury.
The right protective equipment is the difference between mission success and casualty. EDI-USA's TAA-compliant manufacturing ensures that U.S. government agencies can procure certified equipment that meets NIJ standards, with customization options for specific operational requirements.
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